Worked as an electrical engineer at Erba Diagnostics France, R&D Centre of Erba Mannheim group.

• Responsible for system integration (electronics, hydraulics, firmware), analytic performance improvements and cycle processes optimisation.
• Defined user workflows within a cross-disciplinary team of software, mechanical and biological engineers.

Promoted to research and development engineer at Stella Surgical, with a focus on hardware innovation.

• Contributed to new types of health-sensing techniques for liver grafts viability assessment.
• Led product engineering for medical embedded systems - organ tracking systems, machine perfusion devices simulation platform.
• Led technical faisability studies on R&D early-stage projects, including medical regulatory requirements for both embedded software and hardware.

Prior to this role, I served the company as a hardware systems engineer. I was mainly responsible of embedded systems integration and new product development.

Led a personal research initiative, which was about embedded hand gesture recognition and bio-sensing for sign language interpretation.

• Worked on hardware architecture definition.
• MCAD/ECAD rapid prototyping.
• Signal processing, firmware development and edge ML.

Worked closely with a medical team (occupational therapists, ortho-prosthetists, doctors) from the Institut Saint-Pierre (private children’s hospital).

• Developed an assistive robotic orthosis for children.
• Designed hardware assistive technologies using rapid-prototyping techniques with end-users.

Worked on ethical decision making models for autonomous systems considering moral uncertainty.

• Computational modeling of ethical theories.
• Applied data-analysis techniques on MIT’s moral machine dilemma dataset.
• Modelled a decision-making mechanism rooted in normative ethics to incorporate moral uncertainty on the field of autonomous vehicles.